Science
Introduction
Science subjects (Biology, Chemistry, Physics and Agricultural Science) require students to learn and apply technical vocabulary, understand abstract concepts, interpret data, and follow structured procedures in experiments and investigations. For students with dyslexia, these demands can create barriers, particularly with reading, spelling, processing written instructions, and sequencing ideas or processes accurately.
Scientific content can be made more accessible through strategies that reduce cognitive load, incorporate multisensory learning, and align with Universal Design for Learning (UDL) principles.
Key Areas to Support Learning
- Support with developing strategies for spelling and retaining complex scientific terminology.
- Guidance in navigating and making sense of information-rich scientific texts.
- Help with organising and sequencing steps in experiments and scientific processes.
- Opportunities to build confidence in interpreting diagrams, graphs, and data sets.
- Encouragement and scaffolding to support clear communication of experiments and abstract concepts.
- Clarification and reinforcement of similar scientific terms and symbols (e.g., ions vs atoms, force vs energy).
- Strategies to strengthen recall of formulae, definitions, and key scientific processes.
Practical Teaching Strategies
- Break down processes into clear, manageable steps: Use flowcharts, numbered lists, or checklists to outline experiment procedures or problem-solving methods.
- Pre-teach and reinforce key vocabulary: Introduce new terminology with visual aids and real-life analogies. Create word banks or glossaries with definitions and images.
- Provide writing frames or sentence starters: Use structured templates for experiment write-ups (e.g., Aim, Method, Results, Conclusion) and extended answers in biology or chemistry.
- Incorporate multisensory learning: Use 3D models, hands-on experiments, digital simulations (e.g., PhET), visual timelines of scientific processes, and colour-coded notes to reinforce concepts. Pair spoken explanations with diagrams or actions (e.g., acting out particle movement in states of matter).
- Apply Universal Design for Learning (UDL): Offer multiple ways to access content (e.g. printed notes, digital videos, audio recordings), different options for showing understanding (e.g. annotated diagrams, video explanations, posters), and choice in how tasks are completed (e.g. voice notes instead of lab reports).
- Use assistive technology: Encourage use of text-to-speech tools, dictation software, and graphic organisers. Use apps like Quizlet for self-paced vocabulary revision.
- Model exemplar answers and practical write-ups: Show worked examples of lab reports and extended answers, breaking down what good structure and language look like.
- Use repetition and retrieval: Revisit key terms, formulae, and scientific concepts through quick quizzes, flashcard games, and regular review sessions.
- Teach visual strategies for understanding: Use labelled diagrams, dual coding (pairing text with visuals), and colour to categorise information (e.g., reactants in blue, products in red).
- Chunk multi-step tasks: Scaffold complex assignments (like investigations or project work) into smaller, supported stages with checkpoints.
- Support drafting and redrafting: Allow time for revisiting work. Use typing, voice-to-text, or mind-mapping tools to help students organise and improve their ideas.
- Teach memory strategies: Use mnemonics, rhyming patterns, and repetition to help students remember key vocabulary.
- Incorporate group work: Assign specific roles in collaborative tasks (e.g., Speaker, researchers, scribe, time keepers) to help students learn through peer interaction.
Tools & Resources
- Oide Science Resources: Graphic Organisers, Teaching and Learning Support
- BBC Bitesize Science : Visual explanations, quizzes, and revision activities.
- PhET Interactive Simulations: Free online science simulations for physics, chemistry, and biology.
- Quizlet : Custom flashcards for scientific vocabulary, formulae, and definitions.
- Speech to text/ Text to speech: Supports for reading and writing text.
- AI Tools- EduAide, Magic School, Brisk (for differentiation), NotebookLM (turns notes into podcasts)
- BookShare Ireland: Accessible versions of science textbooks (for qualified students).
- Dyslexia Ireland: Subject-specific resources and teaching strategies.
- Revise Wise / Less Stress, More Success (Science Editions): Accessible revision guides designed for Irish curriculum students.
- The West Wind Blows Podcast Series: Includes Leaving Certificate Chemistry and other subjects.
- YouTube Channels like CrashCourse, FuseSchool, and SciShow – Short, engaging videos on key science concepts.
- The Biodigital Human allows thousands of 3D visualisations of the anatomy of the human body. Available free or with additional features at a premium rate.
- The Conical Flask site offers video lessons, notes and model questions and solutions in the subjects of Agricultural Science, JC science, Biology and Chemistry.
- Period Videos Interactive website for the Periodic Table.
- The Physics Teacher Study notes in JC Science, LC Physics and Applied Maths with some material on Biology.
- Science Quiz offers quizzes to help with revision in Junior Science and Senior Biology, Physics and Chemistry.
Contact & Support
- Use your school’s Student Support File to personalise learning goals and supports.
- Liaise with your school’s AEN / SEN Coordinator for additional adjustments or accommodations.
- Dyslexia Ireland: www.dyslexia.ie
- National Council for Special Education (NCSE): www.ncse.ie